Group 14 Analytical and Environmental Chemistry Mah Hong Yew UK24925 Chan Kai Teng UK26002 Chan Fei Yuen UK26010 Chia Huei Theeng UK25660 Yew Sook Wen UK25656 Leong Ming Choong UK25350 Tay Kian Teoch UK25003 Ng Siau Wei UK25667 Nurul Syazdiana Bt Mohd Zuki

UK26258

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Chapter

Scope Presentation

1. Introduction – Title of project , Project Location , Legal Requirement , Project Initiator ,

Statements of needs1st presentations

2. Site Options 1st presentations

3. Project Option 1st presentations

4. Project Description 2rd presentation

5. Existing Environment – Hydrology, Ambient Air Quality, Flood estimation , Biological

Environment

1st presentations

6. Impact and Mitigation - Landuse and Traffic 2rd presentation

7. Impact and Mitigation During Constructions 2rd presentation

8. Impact and Mitigation During Operation : Process, Discharge and Emission

2rd presentation

9. Impact and Mitigation Environmental Health and Safety

2rd presentation

10. Impact and Mitigation During operation Plant Risk

2rd presentation

11. Impact and Mitigation During operation : Other Environmental Parameter

2rd presentation

12. Environmental Management Plan and Residual Impact

3th Presentation

13. Summary and Recommentation 3th Presentation

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Talk layout3

CHAPTER 1- INTRODUCTIONPROJECT TITLE

Detailed EIA of the Proposed Thermal Waste Treatment Plant for

Solid Waste Management in Kampung Bohol, Mukim Sungai Besi, Kuala Lumpur, Malaysia.

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PROJECT LOCATION:Coordinated at 3° 04 N; 100° 35.5 E.

Scale – 1:15000

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PROPOSED SITE LOCATION

From Google Map

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PROJECT INITIATORJabatan Kerajaan Tempatan (JKT) of Kementerian Perumahan dan Kerajaan Tempatan

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OBJECTIVE OF REPORT:Ascertain the environmental impacts related to the designated project areas.Describe all the project development activities including the layout, and materials use requirement. Assess and predict the potential impact that may result from the said development.Submit the EIA report to JAS, Malaysia and make presentation on the EIA.

PROJECT BACKGROUND:Arose from the need to efficiently manage the disposal and treatment of solid waste as to reduce the load on landfills as Selangor and Wilayah Persekutuan are the country’s centre of attraction.

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LEGAL REQUIREMENTS

The propose project comes under :

Environment Quality(Prescribed Premises) (Environmental Impact Assessment) Order 1987 18(b) of the Schedule of Prescribed

Activities 18. Waste Treatment and disposal

(b) Municipal Solid Waste (i) Construction of incineration plant

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STATEMENTS OF NEED

Present solid waste from Kuala Lumpur is disposed off in landfills in the Federal Territory and Selangor

Landfill at Taman Beringin, Kuala Lumpur still be used because of unavailable of other disposal method

Generation of waste always increase In Kuala Lumpur, waste was generated about

2500 ton/day

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Municipal council

Location Area(ha) Remaining Capacities(t

on)

Kuala Lumpur Taman Beringin

12.0 674,000

Hulu Selangor Hulu YamKalumpang

60.01.5

35,9708,881

Kuala Selangor

Kg Hang Tuah 2.0 19,395

Petaling Puchong Sanitary Landfill

60.0 14,105,708

Gombak Kundang 39.0 890,000

Kuala Langat Sedu 6.0 33,434

Total 15,767,388

Waste Disposal Sites (landfills) in Federal Territory and Selangor

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CHAPTER 2

SITE OPTIONS

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Located at Kampung Bohol near Jalan Puchong-Shah Alam Express overpass

SITE OPTIONS – ANALYSIS OF LOCATION

Site Screening Criteria Human Settlement

Access Land Use and Socio-economic

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HUMAN SETTLEMENTS On the basis of existing land use, LOT

35306, is well buffered against its nearest residential areas and meets the 500m buffer zone requirement of DOE Guideline for sitting and zoning of industries for heavy industries.

Legend : Purple : Industrial

area

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ACCESS Location and sitting of LOT 35309 in terms

of access is good. The construction of KESAS highway

enhanced the access road passing through an industrial area to enter and exit the highway, rather than passing through a residential area.

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LAND USE AND SOCIO-ECONOMIC

No intermediate residential neighbors. Beyond 500m zone, there are populated

residential enclaves, but industrial enclaves on land still zoned as agriculture shield.

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CHAPTER 3

PROJECT OPTIONS

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SANITARY LANDFILL

Advantages Reducing load reserve.

Disadvantages Required large area. High probability of groundwater pollution. Not environmentally friendly (release out greenhouse gases: methane).All landfills sites will be saturated in next 20 year.

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PROPOSED DISPOSAL METHOD

Thermal waste managementAdvantages Reduce volume of waste by almost 90-95%. Eliminate the offensive odour. Hazardous and infectious material are able

neutralized by combustion at high temperature.

Able to handle 1500 ton/days.• 5 production line each able to handle 300ton/day

Occupy an area of 20 hectare only.

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CHAPTER 4

EXISTING ENVIRONMENT

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EXISTING ENVIRONMENT

I. Hydrology – Drainage SystemII. Ambient Air QualityIII. Flood EstimationIV. Biological Environment

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DRAINAGE SYSTEM

3 rivers present in the vicinity of the proposed project area are Sungai Bohol, Sungai Kuyoh and Sungai Kelang

Sg Bohol and Kuyoh drains water into the disused mining pond ; the water from the mining pond then will flow into Sg Kelang.

Sg Bohol occurs immediately outside the western parameter of the proposed project, it can be expected that the water quality of Sg Bohol may be influenced by the proposed project activities.

Results of surface water quality Sg Bohol and Mining pond at the present stage is

not contaminated with any toxic material.

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Sg Bohol

Sg Kelang Sg

Kuyoh

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AIR QUALITY

SO2 show that most values are below the DOE guideline level with an exception of one 410ppb at the Indah Water building, the building closed to Jalan Puchong, the high value might due to the traffic.

NO2 obtained show that most reading were not detectable.

Heavy metal are below the detection limit, except for copper, this could be due to copper wire in the generator set.

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FLOOD ESTIMATION

Major flood is not expected in to be occur in the Sg Bohol Basin.

The disused mining pond would retain the flood water from the Sg Bohol basin.

Retention capacity of this pond is not estimate since the depth of the mining ponds has not been determined.

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BIOLOGICAL ENVIRONMENT

Flora Malaysia has about 12,000 species of seed plants, 600 species of ferns, and uncountable number of mosses, lichens and algae. Mainly floral species found at the project area are weeds.All species found are neither rare, endangered or of protected species.Fauna The wildlife species is extremely low. Rats and rodents are the major mammalian population.Amphibian mainly within the shrubs, water edge and water weeds.Numerous insects and pest.No Endangered species were found.

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EIA Consultants

MAB Environmental Consultant Sdn Bhd

Suite 501, 5th Floor, Bangunan Loke Yew

Jalan Mahkamah Persekutuan 50050 Kuala Lumpur

Malaysia

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NAME DISCIPLINE QUALIFICATIONS

MAH HONG YEWThermal

TreatmentB. Eng (Hons)

Chemical Engineering

CHAN KAI TENG Public HealthBachelor of Medicine,

Bachelor of Surgery(MBBS)

CHAN FEI YUEN Pollution ControlB. Sc Environmental

Chemistry

CHIA HUEI THEENG Population B. A (Economics)

YEW SOOK WENMunicipal Solid

Waste TreatmentB. Eng (Hons)

Chemical Engineering

LEONG MING CHOONG

Water QualityB. Sc Environmental

Chemistry

TAY KIAN TEOCHEconomic Analysis

B. A (Economics)

NG SIAU WEI Air QualityB. Sc Environmental

Chemistry

NURUL SYAZDIANA BT MOHD ZUKI

BiologyB. Sc Biology

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END OF PART 1- DEIA PRESENTATION

THANK YOU

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